PROGRAMMING

TABLE GENERATOR USING JAVASCRIPT   <script type="text/javascript"> </script> <script type="text/javascript"> // fACTOR 12 = 1,2,3,4,6, AND 12 function check() {   var number= document.getElementById('n1').value; var number2= document.getElementById('n2').value; var str2="";     for (var j=parseInt(number); j<= parseInt(number2); j++)     {          var str="";         for (var i=1; i<=10; i++)         {         str = str + `${j*i}  `;         }     str2= str2 + '\n'+ str;        console.log(str2);     } document.getElementById('tav').innerText=`${str2}`; } </script> <br> <input type="number" name="" id="n1"> <input type="number" name="" id="n2"> <br> <button onclick="check()"...

  Write a program in python to calculate greatest common divisor of a number   import math print("Greatest Common Divisor ")   # prints 12 print("The gcd of 60 and 48 is : ", end="") print(math.gcd(60, 48)) # The gcd of 98 and 56 is : 14 # The gcd of 60 and 48 is : 12 ''' def hcf(a, b):     if(b == 0):         return a     else:         return hcf(b, a % b)   a = 60 b = 48   # prints 12 print("The gcd of 60 and 48 is : ", end="") print(hcf(60, 48)) '''  

USING CHARACTER ARRAY GENERATE MARKSHEET /* Write a program to generate marksheet assuming that the following information can be read from keyboard. a. Student name, b. roll number. c, registration number, d. total marks, e. division/grade */ #include <iostream> #include <iomanip> class marksheet{ int tmarks, roll; char name[20], rgno[20], div[20]; public:     void uinput()     {         std::cout<<"Enter Values in Following Fields ";         std::cout<<std::endl<<"NAME: "; std::cin>>name;         std::cout<<"ROLL: "; std::cin>>roll;         std::cout<<"REG. NO.: "; std::cin>>rgno;         std::cout<<"TOTAL MARKS: "; std::cin>>tmarks;         std::cout<<"DIVISION: "; std::cin>>div;    ...

 M TO CM AND IN TO FT TO INCH CONVERSION PROGRAM # PYTHON PROGRAM WITHOUT FRIEND FUNCTION class DM:     def __init__(self):         self.c1=self.c2=self.inc1=0.0         self.m=self.cm=self.ft1=0     def m_cm(self):         self.m=int(input("M= "))         self.cm=int(input("CM= "))     def convart1(self):         self.m=self.m*100         self.c1=self.m+self.cm         self.c2=self.c1*0.4         self.ft1=self.c2/12         self.inc1= self.c2-(self.ft1*12) class DB:     def __init__(self):         self.d1=self.d2=self.cm1=0.0         self.ft=self.inc=self.m1=0     def ft_inc(self): ...

  /* DEFINE A CLASS MAT OF SIZE M*N, DEFINE +, -, AND * OPERATOR OF MAT OBJECTS. WRITE A CPP PROGRAM TO TEST ABOVE CLASS FOR ABOVE OPERATIONS ON THE MAT OBJECTS */ #include <iostream> #include <iomanip> class MAT {     int m,n, mat[100][100]; public:     void operator+(MAT);     void operator-(MAT);     void operator*(MAT);     void getdata();     void display(); }; void MAT::getdata() {     std::cout<<"Enter m: ";     std::cin>>m;     std::cout<<"Enter n: ";     std::cin>>n;     mat[m][n];     for(int i=0; i<m; i++)     {         for(int j=0; j<n;j++){             std::cout<<"Array["<<i<<"]["<<j<<"]: ";         ...

 /* CONSTRUCTOR & DESTRUCTOR WRITE A PROGRAM IN CLASS THAT CAN STORE AN INTEGER ARRAY OF DIFFERENT WITH FOLLOWING MEMBER FUCTIONS A) CONSTRUCTOR WITH ARRAY SIZE =0 B) COPY CONSTRUCTOR C) DESTRUCTOR */ #include <iostream> class arr{     int a[100],size; public:     arr(){         std::cout<<"CONSTRUCTOR INITIALIZED ARRAY SIZE TO 0";         size=0; a[size];     }     arr(arr &x);     ~arr()     {         std::cout<<std::endl<<"DESTRUCTOR INVOLVED ~~ FREE MEMORY";     } };  arr::arr(arr &x) {     std::cout<<std::endl<<"COPY CONSTRUCTOR INVOLVED";     size=x.size;     a[size];     for(int i=0; i<x.size; i++)     {         a[i]=x.a[i]; ...

 /* USING OVERLOADING '+' OPERATOR TO CONCATENATE TWO STRING OBJECT */ #include <iostream> #include <cstring> class string{ public:     char s[20];     int size;     void getstring(char str[])     {         strcpy(s,str);     }     void operator+(string); }; void string::operator+(string ob) { strcat(s,ob.s); std::cout<<"\nConcatenated String is: "<<s;     } int main() {     string ob1,ob2;     char string1[10],string2[10];     std::cout<<"Enter First string: ";     std::cin>>string1;     ob1.getstring(string1);     std::cout<<"\nEnter second string: ";     std::cin>>string2;     ob2.getstring(string2);     ob1+ob2; } /* Enter First string: Shout Enter second string: co...